StarGenAAEvent Class Reference

Event record tailored to heavy ion collisions. More...

#include <StarGenAAEvent.h>

Inheritance diagram for StarGenAAEvent:

Public Member Functions
	StarGenAAEvent (const Char_t *name="AAevent", const Char_t *title="nucleus+nucleus event")
	ClassDef (StarGenAAEvent, 1)
Public Member Functions inherited from StarGenEvent
	StarGenEvent (const Char_t *name="event", const Char_t *title="")
	Constructor.
	~StarGenEvent ()
	Destructor.
void	SetGeneratorId (Int_t id)
	Set the generator ID.
Int_t	GetGeneratorId ()
	Returns the generator ID.
void	SetProcessId (Int_t id)
	Set the process ID for this event.
Int_t	GetProcessId ()
	Get the process ID for this event.
void	SetOffset (Int_t o)
	Set the particle index offset for this event.
Int_t	GetOffset ()
	Get the particle index offset for this event.
Int_t	operator++ ()
	Prefix increment operator increases event number.
Int_t	operator++ (Int_t)
	Postfix increment operator increases event number.
Int_t	GetEventNumber ()
	Get the event number.
void	SetRunNumber (Int_t run)
	Set the run number for this event.
Int_t	GetRunNumber ()
	Get the run number for this event.
void	SetDaqRunNumber (Int_t run)
	Set the run number for the DAQ file in an embedding job.
Int_t	GetDaqRunNumber ()
	Get the run number for the DAQ file in this event.
void	SetDaqFileNumber (Int_t fnum)
	Set the file number in an embedding job.
Int_t	GetDaqFileNumber ()
	Get the file number in an embedding job.
void	SetBlue (Int_t id)
	Set the blue beam ID.
Int_t	GetBlue ()
	Get the blue beam ID.
void	SetYell (Int_t id)
	Set the yellow beam ID.
Int_t	GetYell ()
	Get the yellow beam ID.
void	SetRootS (Double_t rs)
	Set the sqrt(s) of the collision.
Double_t	GetRootS ()
	Get the sqrt(s) of the collision.
StarGenParticle *	AddParticle ()
StarGenParticle *	AddParticle (Int_t status, Int_t pdg, Int_t m1, Int_t m2, Int_t d1, Int_t d2, Double_t px, Double_t py, Double_t pz, Double_t E, Double_t M, Double_t vx, Double_t vy, Double_t vz, Double_t vt)
StarGenParticle *	AddParticle (StarGenParticle *particle)
void	Print (const Option_t *opts="head") const
TIter	IterAll (Bool_t dir=kIterForward)
virtual void	Clear (const Option_t *opts="part,data")
	Clear the event.
StarGenParticle *	operator[] (Int_t idx)
Int_t	GetNumberOfParticles ()
	Obtain the number of particles in the event record.
void	SetFilterResult (UInt_t result)
	Sets the filter result.
void	AddFilterResult (UInt_t result)
UInt_t	GetFilterResult ()
	Returns the filter result.
void	AddUserWeight (double w)
	Attach a user-weight to the event.
const std::vector< double > &	GetUserWeights ()
	Retrieve the user weights vector.
const std::vector< double > &	GetUserWeights () const
	Retrieve the user weights vector.

Public Attributes
Int_t	idBlue
	Blue beam ID.
Int_t	idYell
	Yellow beam ID.
Int_t	process
	Process ID.
Int_t	subprocess
	Subprocess ID.
Int_t	idParton1
	ID of blue beam parton of the hard interaction.
Int_t	idParton2
	ID of yellow beam parton of the hard interaction.
Double_t	xParton1
	x of blue beam parton of the hard interaction
Double_t	xParton2
	x of yellow beam parton of the hard interaction
Double_t	xPdf1
	PDF times x for blue beam parton of the hard interaction.
Double_t	xPdf2
	PDF times x for yellow beam parton of the hard interaction.
Double_t	Q2fac
	Factorization scale of the hard interaction.
Double_t	Q2ren
	Renormalization scale of the hard interaction.
Bool_t	valence1
	True if blue beam parton is in valence of the hard interaction.
Bool_t	valence2
	True if yellow beam parton is in valence of the hard interaction.
Double_t	sHat
Double_t	tHat
Double_t	uHat
	Mandelstam variables.
Double_t	ptHat
Double_t	thetaHat
Double_t	phiHat
Double_t	impactParameter
	Impact parameter [fm].
Double_t	reactionPlane
	Phi of the reaction plane 0 to 2pi [radians].
Int_t	numberOfBinary
	Number of binary collisions.
Int_t	numberOfParticipantNeutrons [2]
	0=Blue 1=Yellow
Int_t	numberOfParticipantProtons [2]
	0=Blue 1=Yellow
Int_t	numberRejected
	?
Int_t	numberWounded [2]
	Number of wounded nucleons 0=Blue 1=Yellow.
Int_t	numberOfJets
	Number of jets.
Double_t	weight

Additional Inherited Members
Public Types inherited from StarGenEvent
enum	FilterResult { kUnknown = 0, kAccept = 0x0001, kReject = 0x0002, kFlag = 0x0004 }
	Filter result enumeration.
Protected Member Functions inherited from StarGenEvent
void	InitArrays ()
	Initialize clowns arrays.
	ClassDef (StarGenEvent, 1)
Protected Attributes inherited from StarGenEvent
TString	mName
TString	mTitle
TClonesArray *	mParticles
	Array of particles.
Int_t	mGeneratorId
	Generator Id.
Int_t	mProcessId
	Event generator process ID.
Int_t	mOffset
	Event generator offset.
Int_t	mEventNumber
	Event number.
Int_t	mRunNumber
	Monte Carlo run number.
Int_t	mDaqRunNumber
	DAQ run number (for embedding)
Int_t	mDaqFileNumber
	File number (for embedding)
Int_t	mBlueId
	PDG for blue beam.
Int_t	mYellId
	PDG for yellow beam.
Double_t	mCmsEnergy
	aka sqrt(s)
Int_t	mNumRejected [3]
	0=total, 1=EG, 2=filter
UInt_t	mFilterResult
	Result of filter.
std::vector< Double_t >	mWeights
	User weights.
Int_t	mNumParticles
	Number of particles in the record.

Detailed Description

Event record tailored to heavy ion collisions.

Author

Jason C. Webb Based on g2t_event.

Definition at line 15 of file StarGenAAEvent.h.

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The documentation for this class was generated from the following files:

• StarGenerator/EVENT/StarGenAAEvent.h
• StarGenerator/EVENT/StarGenAAEvent.cxx